NewSpace Research

Old Space combined and merged into New Space – philosophically and technologically

NTLgroup along with its International teams that specialize in Neuro-imaging, Neuro-computing, Neuro-statistical Analysis, Programming and AeroSpace Engineering is at the leading edge of this new wave of change with its NeuroCodex® and NeuroCoach® technology.

By definition, this NewSpace Technology means a morphing of public with private partnerships with regard to the latest in technology and engineering that will lead to less expensive, more adaptable technologies for use here on earth as well as in space. This merging technology should lead to major U.S. space projects benefiting from the private sector’s innovations and entrepreneurial ventures that will ultimately lead to the best of both worlds. These NewSpace cutting-edge innovations along with the speed of development from the private sector, can be coupled with the safety and reliability associated with government led OldSpace.

NTLgroup’s technology is currently used here on earth for Neuro-based brain peak performance and acceleration. But more recently, it is also being studied for use in space for astronauts and crew as a countermeasure in order to keep their brain at peak functional performance while in space and to counteract the effects of zero-gravity and radiation from space travel over long duration missions.

Dr. Curtis Cripe’s early years at the Jet Propulsion Laboratory (JPL) in Pasadena, California saw him involved at every level in the NASA missions to Mars, Venus, Jupiter, and beyond with Voyager, Viking, and Mariner 10 Missions. Additionally, he worked as team lead on numerous projects for the Department of Defense and (GPS) Global Positions System Research.

From Outer Space to Inner Space of the brain, Dr. Cripe has been instrumental in leading the NewScience of the Brain and looking at Deep Brain issues, much like he did with Deep Space missions.

As Director of Research for NTLgroup, Dr. Curtis Cripe has been developing programs and brain-based technology that can be used not only in space in order to measure and deliver counter-measures for neuro changes that will occur in space, but also has effectively over the past 3 decades applied his vast knowledge to help those with brain based issues, such as traumatic brain injuries (TBI), ChemoBrain (cancer survivors who have undergone chemotherapy), brain development for children with neurodevelopment issues, and those who are working through addiction issues. The work done in space will continue to push the envelope for the work that is needed here on earth and accelerate that refinement and implementation.

As a visiting scholar for Interdisciplinary Collaborative on Health, Environment and Human Performance for Fordham University and as a founding member and Subject Matter Expert of Behavioral Health for Deep Space Readiness Consortium (DSRC30) Mission to Mars 2033, Dr. Cripe has been invited to speak and present his NeuroEngineered Science Research and Technology at multiple Space conferences internationally.

Dr. Curtis Cripe Poster Presented: Neurocognitive and physiological monitoring using dry wearable sensors within an ICE during a 14-day simulated Lunar/Martian mission: A feasibility study.

for Dry Sensor EEG Cognitive Recording using NTLgroup NeuroCodex technology and programs during a 14-day simulated Lunar/Martian mission.

to propose: Brain Indicies Project: The Brain- Indices study will focus on determining possible neuroadaptive brain changes and their stability in a microgravity environment.

Dr. Curtis Cripe invited speaker: NeuroAdaptive Crew Countermeasures and Predictive Performance Screening for Long Duration Space Flight

Dr. Curtis Cripe Presented: IAC-17-F1.2.3

Fordham University, Interdisciplinary Collaborative on Health, Environment and Human Performance

Department of NeuroTechnology Labortory, NTLGroup, Inc., Scottsdale USA, 23623 N.

Neuroadaptive crew countermeasures for long duration space exploration: A Systems Engineering Approach –Neurocognitive Predictive Performance Screening & Remediation tool (NPPSR):A predictive Neurobehavioral Health Performance Monitor

Dr. Curtis Cripe Poster Presented: Neuroadaptive crew countermeasures for long duration space exploration – A Systems Engineering Approach – Neurocognitive Predictive Performance Screening & Remediation

Dr. Curtis Cripe, Guest Lecturer on NeuroCognitive Technologies for Space Flight

Dr. Curtis Cripe Poster Presented: Neuroadaptive crew countermeasures for long duration space exploration – A Systems Engineering Approach – Neurocognitive Predictive Performance Screening & Remediation

Curtis Cripe, PhD Presents: Brain Metrics and Behavioral Health Monitoring & Cognitive Repair: Monitoring Behavioral Health on the 2030 Mission to Mars

The Deep Space Readiness by 2030 (DSR30) consortium is dedicated to optimizing human socio-behavioral performance capabilities to advance operational safety and preparedness while preserving and evolving a nourishing community in which astronauts can progress and thrive.